Mission success is an important criterion to measure the performance of phased-mission
systems, which is the ability of systems to finish the work successfully. Activating the spare …

Abstract Systems that have multiple consecutive and non-overlapping phases of operations
during their missions are referred to as phased-mission systems (PMSs). Previous research …

In many real-world applications, phased-mission systems (PMSs) often have time
redundancy in the form of that mission task failed in one phase can be re-executed in a …

Existing methodologies for generalized phased-mission system (GPMS) are applicable
mainly to non-reparable systems. This paper proposes an analytical approach to evaluate …

Mission success probability (MSP) is an important measurement to evaluate the
performance of phased-mission systems (PMSs). The PMSs consist of some subsystems in …

Recently, the reliability of the multi-state phased mission systems (MS-PMSs) have been
widely studied, which is used in the aerospace industry. Except for the phase dependency …

Mission success probability (MSP) is an important indicator of performance of phased
mission system (PMS), representing the ability to complete the mission successfully. Failure …

Phased-mission systems (PMSs) have been widely used as mission reliability models for
many complex systems whose missions can be divided into several phases. In practice …

Many practical systems need to perform multiple missions in sequence, and the system fails
as long as it fails in any phase. This kind of system is termed as the phased mission system …

In many industrial and aerospace systems, multiple and non-overlapping phases of
operations must be performed consecutively, and each phase is performed by a different …